JPH11338923A - Automatic man-hour sum-up device and program recording medium therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make the subject device capable of performing log-in by easily understandable data input, to gathering man-hour data, and to easily visibly dividing and displaying work items and operators. SOLUTION: This automatic man-hour sum-up device is provided with a work item detection means 1 for detecting that the work item is inputted with KANA (Japanese syllabary)/KANJI (Chinese character) when inputted with them and performing the log-in, man-hour gathering means 2 for gathering the man-hour for every work item after performing the log-in by the work item detection means until performing log-out, a work result chart generation means 4 for displaying the man-hour for every work item in real time, a man- hour calculation means 3 for summing up the man-hour for every work item, a man-hour division means 5 for dividing the man-hour for every wark item by predetermined identification display and a man-hour display means 6 for displaying the man-hour divided by the man-hour division means.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic man-hour tallying apparatus and a program recording medium thereof, and more particularly to an automatic man-hour tallying apparatus for logging in by inputting Japanese and counting work results, and a program recording medium thereof.

[0002]

2. Description of the Related Art Conventionally, in a system for collecting and processing each man-hour in a work unit such as a work item or a worker, a key input at the time of logging in to the system is often an alphanumeric character, and an input error occurs. Sometimes the meaning of the login name is difficult to understand. In addition, in the collection of man-hour data, the man-hour data itself often depends on the memory of the individual worker, and may be an inaccurate numerical value far from the actual one. In addition, conventional man-hour tallying equipment focuses on data collection in units of work, and it is difficult to evaluate the distribution and distribution of man-hours from the tally results.
There is no display that is easy to see and manage.

[0003]

The above-mentioned conventional man-hour tallying apparatus is difficult for an operator who is not used to the system to handle, and has a drawback that it is difficult to accurately collect man-hour data. . In addition, there is a drawback that the display of the tally result is difficult to see and is not suitable for evaluating and managing the distribution and distribution of man-hours. SUMMARY OF THE INVENTION An object of the present invention is to improve the above-mentioned drawbacks, provide an automatic man-hour tallying device and a program recording medium, which log in by easy-to-understand data input, collect man-hour data, and display and display work items and workers in an easily distinguishable manner. Is to do.

[0004]

According to the present invention, there is provided an automatic man-hour counting apparatus comprising: a work item detecting means for detecting a work item entered in Kana-Kanji and logging in the work item; Man-hours collecting means for collecting man-hours for each work item, and a work result table generating means for displaying the man-hours for each work item in real time;
Man-hour calculation means for summing up the man-hours for each work item, man-hour classifying means for classifying the man-hours for each work item by a predetermined identification display, and man-hour display means for displaying the man-hours classified by the man-hour classifying means And collects and processes the man-hours related to the work item input in the kana-kanji characters, displays the sorted man-hours, and visually indicates the man-hours according to the priority and importance.

Further, in the man-hour automatic totaling device of the present invention, the classification for each work item also functions as a classification for each worker.

Further, in the man-hour automatic totaling device according to the present invention, the work item detecting means detects a work item input by a worker in Kana-Kanji at the start of work and logs in, and logs out when the work related to the work item is completed. It is configured so that

Further, in the man-hour automatic totaling device of the present invention, the work result table generating means is configured to generate a Gantt chart. Further, in the man-hour automatic totaling device of the present invention, the man-hour classifying means is configured to be identified by a preset color.

Further, the program recording medium of the man-hour automatic totaling device according to the present invention has a work item detecting step of detecting and logging in when a work item is entered in Kana-Kanji, and logging out after logging in by the work item detecting step. A man-hour collection step of collecting man-hours for each work item, a work result table generating step of displaying the man-hours of each work item in real time, a man-hour calculation step of totaling man-hours for each work item, and the work item A man-hour division step of classifying the man-hours for each by a predetermined identification display, and a man-hour display step of displaying the man-hours divided by the man-hour division step. And visually indicate according to priority and importance.

Further, in the program recording medium of the automatic man-hour totaling device of the present invention, the division for each work item also functions as a division for each worker.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention. In the figure, a man-hour automatic totaling device according to the present invention includes a work item detecting means 1 for detecting and logging in when a work item is entered in Kana-Kanji characters, and a work item from when the work item detecting means logs in to when the work item is logged out. Man-hour collecting means 2 for collecting man-hours for each task, work result table generating means 4 for displaying man-hours for each of the work items in real time, man-hour calculating means 3 for counting man-hours for each of the work items, And a man-hour display means 6 for displaying the man-hours classified by the man-hour classifying means, and collecting man-hours relating to work items input in kana-kanji. It is configured to be processed and displayed separately and visually displayed according to the priority and importance.

Here, the work item detecting means 1 detects a work item inputted by a worker in Kana-Kanji at the start of the work and logs in, and logs out when the work related to the work item is completed. The work record table generating means 4 is configured to generate a Gantt chart. Further, the man-hour classification means 5 is configured to identify each work item by a preset color.

FIG. 2 is an explanatory diagram showing an example of input data held in the data memory. In the figure, a work item detecting means 1 is provided, for example, by a worker as "evaluation"
Then, the data memory is converted to “hyouka” and stored in the data memory, and the time of login is recorded at the same time. Similarly, when the user finishes the work and logs out, the time at that time is recorded.

FIG. 3 is an explanatory diagram showing an example of a Gantt chart. In the figure, a work result table generating means 4 reads the contents of the data memory and generates a Gantt chart visually representing the man-hours for each work item.

Next, the operation of the above-mentioned automatic man-hour counting device will be described.

[0016] For example, an operator evaluates at "9:30"
, The work item detecting means 1 sets it to "hyouka"
Convert to and log in. Subsequently, the man-hour collection means 2 writes "hyouka" in the data memory, and at the same time, records 9:30 as the login time. Thereafter, when the evaluation work is completed at 10:30 and the user logs out, that time is recorded as the logout time.

Next, the work result table generating means 4 reads out the data stored in the data memory, creates a work result table (for example, a Gantt chart), and displays the distribution of man-hours for each work item. Similarly, the man-hour calculation means 3 calculates the man-hour for each work item. In the above example, the man-hour for the evaluation work is one hour. Further, the man-hour classifying means 5 classifies each work item by an identification class (for example, a color) defined in advance, and the man-hour display means 6 displays the priority and importance visually by color-coded display or graph display. I do.

In the above-mentioned automatic man-hour totaling device, the classification of each work item such as an evaluation work or a study work has been described as a unit of work, but this can be totaled and displayed for each worker. FIG. 4 shows a display example in that case.

Further, in the identification of the number of steps, the identification by color is described, but this can be displayed by identification by pattern. Further, although the Gantt chart is illustrated as the work result table, other drawing methods may be used.

The man-hour automatic counting device operates by executing a program stored in a main memory (not shown). This program is usually stored in a hard disk, a floppy disk, or the like, and is loaded into the main memory during operation and executed.

[0021]

As described in detail above, according to the present invention, the user can log in by inputting Kana-Kanji characters, so that an unskilled worker can easily understand and reduce input errors. Further, since the login / logout times are automatically recorded, man-hours can be displayed and totaled efficiently and accurately. Furthermore, since the identification and display are performed for each work item by color or pattern, there is an effect that the priority and the importance of each work item are visually grasped and easily managed.

[Brief description of the drawings]

FIG. 1 is a block diagram showing one embodiment of the present invention.

FIG. 2 is an explanatory diagram showing an example of input data held in a data memory.

FIG. 3 is an explanatory diagram showing an example of a Gantt chart.

FIG. 4 is an explanatory diagram showing an example of classification for each worker.

[Explanation of symbols]

 1 work item detection means 2 man-hour collection means 3 man-hour calculation means 4 work result table creation means 5 man-hour classification means 6 man-hour display means

Claims (7)

[Claims] 1. A work item detecting means for detecting and logging in when a work item is entered in Kana-Kanji characters, and a man-hour collecting means for collecting man-hours for each work item from logging in by the work item detecting means to logging out. A work result table generating means for displaying the man-hours of each work item in real time, a man-hour calculating means for summing up the man-hours of each work item, and a man-hour for each work item is classified by a predetermined identification display. A man-hour classifying means, and a man-hour display means for displaying man-hours classified by the man-hour classifying means, collecting and processing man-hours related to work items input in Kana-Kanji characters, displaying and sorting the man-hours in accordance with priority and importance. Automatic man-hour counting device characterized by visual indication. 2. The automatic man-hour totaling device according to claim 1, wherein the classification for each work item is a classification for each worker. 3. The man-hour automatic totaling device according to claim 1, wherein the work item detecting means detects a work item input by a worker in Kana-Kanji at the start of the work, logs in, and logs in the work related to the work item. An automatic tally counting device characterized by logging out when finished. 4. The automatic man-hour totaling device according to claim 1, wherein said work result table generating means generates a Gantt chart. 5. The automatic man-hour totaling device according to claim 1, wherein the man-hour classifying means is identified by a preset color. 6. A work item detecting step of detecting and logging in when a work item is entered in Kana-Kanji characters, and a man-hour collecting step of collecting man-hours for each work item from logging in to the work item detecting step until logging out. A work result table generating step of displaying the man-hours of each work item in real time, a man-hour calculation step of summing up the man-hours of each work item, and dividing the man-hours of each work item by a predetermined identification display. The method includes a man-hour division step and a man-hour display step of displaying the man-hours divided by the man-hour division step, collects and processes man-hours related to work items input in kana kanji, and displays the man-hours separately according to priority and importance. A program recording medium for an automatic man-hour totaling device, characterized in that: 7. The program recording medium for an automatic man-hour tallying device according to claim 6, wherein the division for each work item is performed for each worker.